News Center

04-02


2024

What are metal bond grinding wheels and what benefits do they offer?

Metal bond grinding wheels, a staple in diamond grinding wheel manufacturing, are crafted through three distinct processes: cold press, semi hot press, and hot press modes.

2024-04-02

03-29


2024

Advantages of Metal Bond Grinding Wheels

Each superabrasive grinding wheel comprises diamond or CBN grit enclosed within a supporting matrix referred to as the "bond." The primary bonding systems include resin, vitrified, plated, and metal. Among these, metal bond grinding wheels stand out due to their overall versatility and extensive availability.

2024-03-29

03-23


2024

Electroplated diamond grinding wheel

The electroplated diamond grinding wheel is fabricated through the electrochemical process. Its operative layer comprises diamond abrasives securely bonded to the matrix using a metal bond. Initially, the metal bond is deposited, with a thickness equating to 20% of the height of the diamond abrasive. Subsequently, the diamond abrasive is further affixed to the metal bond, with the thickness of the deposited metal bond amounting to approximately 2/3 of the height of the diamond abrasive.

2024-03-23

03-15


2024

Key Features of the Electroplated Diamond Grinding Wheel

The electroplated diamond grinding wheel is crafted using the electrochemical method, where the working layer incorporates diamond abrasives bonded to the matrix via a metal bond. Initially, the metal bond is deposited, reaching a thickness of 20% of the diamond abrasive height. Subsequently, the diamond abrasive is further affixed with the metal bond, with the deposited metal bond thickness approximating 2/3 of the diamond abrasive height.

2024-03-15

03-09


2024

Advantage of metal bond diamond grinding wheel

Metal bond grinding wheels originate from a blend of superabrasive grit and metal powder, commonly bronze but occasionally iron or nickel. This mixture is evenly distributed along the periphery of a metal grinding wheel form, then subjected to temperatures of approximately 1,400°F (760°C). At such high temperatures, the metal particles start to melt and intermingle, forming a dense matrix that securely holds the abrasive grit, surpassing the grip of resin or vitreous bond wheels.

2024-03-09

03-01


2024

Features of CBN Abrasives

Cubic boron nitride (CBN) stands as a synthesized superhard material, ranking just below diamond in hardness but surpassing conventional corundum and silicon carbide abrasives by a significant margin.

2024-03-01

02-24


2024

The importance of surface plating treatment

Various functional coatings are obtained on the surface of parts through electroplating technology, which achieves functions such as corrosion resistance and decoration without changing the properties of the material matrix.

2024-02-24

01-30


2024

Direct electroplating new technology replaces traditional electroless copper plating

The advantages of direct electroplating technology, this new technology will gradually replace traditional electroless copper plating.

2024-01-30

01-27


2024

Geometric factors in electroplating process management

The geometric factors mentioned here refer to various spatial factors related to the electroplating process, including the shape of the plating tank, the shape of the anode, the shape of the rack, the shape of the cathode, the distribution of the parts in the plating tank, the distance between the cathode and the anode, etc. All these factors have a certain impact on the electrode process. If not handled properly, some factors will also cause serious harm to the quality of electroplating.

2024-01-27

01-20


2024

The role of the main components of the electroplating solution

In the daily electroplating processing and production process of electroplating processing plants, we have to use electroplating solution, a necessary electroplating raw material product. The composition of the electroplating solution has a very important impact on the structure of the electroplated layer.

2024-01-20

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